- d -

• d0() : Structure::Private
• d2phi() : CurrentFE
• d2Phi() : ReferenceElement
• D_INF() : IonicTenTusscher06
• dAdP() : OneDFSIPhysics
• dAdt() : OneDFSIPhysics
• dAlphadz() : OneDFSIData
• damping() : VenantKirchhoffViscoelasticData
• darcy_linear() : darcy_linear
• darcy_nonlinear() : darcy_nonlinear
• DarcyData() : DarcyData< MeshType >
• DarcySolverLinear() : DarcySolverLinear< MeshType >
• DarcySolverNonLinear() : DarcySolverNonLinear< MeshType >
• DarcySolverTransient() : DarcySolverTransient< MeshType >
• DarcySolverTransientNonLinear() : DarcySolverTransientNonLinear< MeshType >
• dArea0dz() : OneDFSIData
• data() : FSIOperator , MultiscaleModel0D , MultiscaleModelFluid3D , MultiscaleModelFSI1D , MultiscaleModelFSI3D , OneDFSIPhysics , OseenSolver< MeshType, SolverType > , StructuralOperator< Mesh >
• DataADR() : DataADR
• dataContainer() : BCInterface0D< BcHandler, PhysicalSolverType > , BCInterface1D< BcHandler, PhysicalSolverType > , BCInterface3D< BcHandler, PhysicalSolverType > , BCInterface< BcHandler, PhysicalSolverType >
• dataFile() : HyperbolicData< Mesh >
• dataFilePtr() : DarcyData< MeshType >
• dataFluid() : FSIData , FSIOperator
• dataInterpolation() : BCInterfaceFunctionParser< BcHandlerType, PhysicalSolverType > , BCInterfaceFunctionParserFile< BcHandlerType, PhysicalSolverType >
• DataLevelSet() : DataLevelSet
• dataSolid() : FSIData , FSIOperator
• dataTime() : DataLevelSet , HyperbolicData< Mesh > , MultiscaleGlobalData , OneDFSIData , OseenData , StructuralConstitutiveLawData , VenantKirchhoffViscoelasticData , ZeroDimensionalData
• dataTimeAdvance() : DataLevelSet , OseenData , StructuralConstitutiveLawData , VenantKirchhoffViscoelasticData
• dataTimeAdvancePtr() : DarcyData< MeshType >
• dataTimePtr() : DarcyData< MeshType >
• dBeta0dz() : OneDFSIData
• dBeta1dz() : OneDFSIData
• dCa() : IonicLuoRudyI
• dCai() : IonicTenTusscher06
• dCaSR() : IonicTenTusscher06
• dCaSS() : IonicTenTusscher06
• dd() : IonicLuoRudyI
• dD() : IonicTenTusscher06
• debug() : Assert
• DebugStream() : DebugStream
• defaultOmega() : FSIData
• defaultOmegaFluid() : NonLinearAitken< VectorType >
• defaultOmegaSolid() : NonLinearAitken< VectorType >
• DefineAlreadyInverted() : CompositeOperator
• defineShape() : ExporterHDF5< MeshType >
• degree() : SetofFun
• degreeOfExactness() : QuadratureRule
• deleteIfThere() : MeshElementBareHandler< BareItemType >
• deleteTmpVects() : CompositeOperator
• delta() : ExpressionArcTan< BaseExpressionType >
• deltaCurrent() : ZeroDimensionalElement
• deltaEigenValuesEigenVectors() : OneDFSIFlux , OneDFSIFluxLinear , OneDFSIFluxNonLinear
• deltaVoltage() : ZeroDimensionalElementVoltageSource , ZeroDimensionalNode
• deltaVoltageByTime() : ZeroDimensionalElementVoltageSource , ZeroDimensionalNodeKnown
• density() : NavierStokesProblem< mesh_Type > , NavierStokesSolverBlocks , OseenData , OseenSolver< MeshType, SolverType > , VenantKirchhoffViscoelasticSolver< Mesh, SolverType >
• DensityFct() : DensityFct
• densityRho() : OneDFSIData
• densityWall() : OneDFSIData
• der_t() : AnalyticalSol_2d
• derVeloFluidMesh() : FSIOperator
• desc() : copyright_check , crlf_check , inspector , license_check , link_check , long_name_check , minmax_check , tab_check
• destroy() : FactoryPolicyCreationUsingNew< T >
• destroyData() : MeshEntityContainer< DataType, Allocator >
• destroyFactorySingleton() : FactorySingleton< SingletonType >
• detach() : DebugStream
• detachAll() : DebugStream
• determinant() : MatrixSmall< Dim1, Dim2 >
• dETFESpace() : StructuralConstitutiveLaw< MeshType >
• detJac() : CurrentFE , ETCurrentFE< spaceDim, 1 >
• detJacobian() : CurrentFE
• detMetric() : CurrentFEManifold
• df() : IonicLuoRudyI
• dF() : IonicTenTusscher06
• dF2() : IonicTenTusscher06
• dFCaSS() : IonicTenTusscher06
• dFdU() : OneDFSIFlux , OneDFSIFluxLinear , OneDFSIFluxNonLinear
• dFESpace() : FSIOperator , StructuralAnisotropicConstitutiveLaw< MeshType > , StructuralConstitutiveLaw< MeshType > , StructuralIsotropicConstitutiveLaw< MeshType >
• dFESpaceET() : FSIOperator
• dFESpaceETPtr() : FSIOperator
• dFESpacePtr() : FSIOperator
• dh() : IonicLuoRudyI
• dH() : IonicTenTusscher06
• diagonalize() : MatrixEpetra< DataType >
• diagonalScale() : FSIMonolithic
• diameter() : CurrentFE , ETCurrentFE< spaceDim, 1 >
• diameter2() : CurrentFE
• diff() : LifeChrono , LifeChronoFake , WallClock
• diffCumul() : LifeChrono , LifeChronoFake
• diffusionAssemblyChrono() : ADRAssembler< mesh_type, matrix_type, vector_type >
• diffusionCoefficient() : DataADR
• diffusionTensor() : ElectroETAMonodomainSolver< Mesh, IonicModel >
• diffusionTensorExtra() : ElectroETABidomainSolver< Mesh, IonicModel >
• diffusionTensorIntra() : ElectroETABidomainSolver< Mesh, IonicModel >
• diffusivity() : HeartMonodomainData
• dim() : FESpace< MeshType, MapType > , StructuralOperator< Mesh >
• dim_u() : HeartMonodomainSolver< Mesh, SolverType >
• dimension() : QRKeast< 1 > , QRKeast< 4 > , QRKeast< 6 > , QRKeast< 7 > , QuadraturePoint
• dimInterface() : FSIMonolithic
• dimPressure() : OseenSolver< MeshType, SolverType >
• dimVelocity() : OseenSolver< MeshType, SolverType >
• dinf() : IonicLuoRudyI
• diodeCounter() : ZeroDimensionalElementS
• diodeList() : ZeroDimensionalElementS
• direct_follow() : GetPot
• direction() : ZeroDimensionalElement , ZeroDimensionalElementPassive , ZeroDimensionalElementSource
• disable_loop() : GetPot
• disable_request_recording() : GetPot
• disp() : ALESolver , HarmonicExtensionSolver< Mesh, SolverType >
• dispETFESpace() : StructuralOperator< Mesh >
• dispFESpace() : StructuralOperator< Mesh >
• dispFluidMeshOld() : FSIOperator
• displacement() : FSI3DBoundaryAreaFunction , StructuralOperator< Mesh > , WallTensionEstimator< Mesh >
• displacementETFESpacePtr() : ElectroETABidomainSolver< Mesh, IonicModel >
• displacementHolzapfelModel() : Structure::Private
• displacementLinearElastic() : Structure::Private
• displacementNeoHookean() : Structure::Private
• displacementPtr() : ElectroETABidomainSolver< Mesh, IonicModel > , StructuralOperator< Mesh >
• displacementSecondOrderExponential() : Structure::Private
• displacementVenantKirchhoff() : Structure::Private
• displacementVenantKirchhoffPenalized() : Structure::Private
• display() : EvaluationAddition< EvaluationLType, EvaluationRType > , EvaluationArcTan< EvaluationBaseType > , EvaluationCubicRoot< EvaluationBaseType > , EvaluationDerivativeArcTan< EvaluationBaseType > , EvaluationDeterminant< EvaluationType > , EvaluationDetJacobian< spaceDim > , EvaluationDivI< 2, spaceDim > , EvaluationDivI< 3, spaceDim > , EvaluationDivision< EvaluationLType, EvaluationRType > , EvaluationDivJ< 2, spaceDim > , EvaluationDivJ< 3, spaceDim > , EvaluationDot< EvaluationLType, EvaluationRType > , EvaluationDphiI< fieldDim, spaceDim > , EvaluationDphiI< 1, spaceDim > , EvaluationDphiJ< fieldDim, spaceDim > , EvaluationDphiJ< 1, spaceDim > , EvaluationEmult< EvaluationLType, EvaluationRType > , EvaluationExponential< EvaluationBaseType > , EvaluationExtract1< EvaluationType > , EvaluationExtract2< EvaluationType > , EvaluationExtractScalar< VectorType > , EvaluationFunctor1< FunctorType, ArgumentEvaluationType > , EvaluationFunctor2< FunctorType, Argument1EvaluationType, Argument2EvaluationType > , EvaluationHK< spaceDim > , EvaluationIfCrossed< MeshType, MapType, SpaceDim > , EvaluationInterpolateGradient< MeshType, MapType, SpaceDim, FieldDim > , EvaluationInterpolateGradient< MeshType, MapType, 3, 3 > , EvaluationInterpolateGradient< MeshType, MapType, SpaceDim, 1 > , EvaluationInterpolateLaplacian< MeshType, MapType, SpaceDim, FieldDim > , EvaluationInterpolateLaplacian< MeshType, MapType, SpaceDim, 1 > , EvaluationInterpolateValue< MeshType, MapType, SpaceDim, FieldDim > , EvaluationInterpolateValue< MeshType, MapType, SpaceDim, 1 > , EvaluationInverse< EvaluationType > , EvaluationIsochoricChangeOfVariable< EvaluationBaseType > , EvaluationLaplacianI< fieldDim, spaceDim > , EvaluationLaplacianI< 1, spaceDim > , EvaluationLaplacianJ< fieldDim, spaceDim > , EvaluationLaplacianJ< 1, spaceDim > , EvaluationLogarithm< EvaluationBaseType > , EvaluationMatrix< MatrixDim1, MatrixDim2 > , EvaluationMeas< spaceDim > , EvaluationMeasBDCurrentFE< spaceDim > , EvaluationMetricTensor< spaceDim > , EvaluationMetricVector< spaceDim > , EvaluationMinusTransposed< EvaluationType > , EvaluationNormal< spaceDim > , EvaluationNormalize< EvaluationType > , EvaluationOuterProduct< EvaluationLType, EvaluationRType > , EvaluationPatchArea< MeshType, MapType, SpaceDim, FieldDim > , EvaluationPhiI< testDim > , EvaluationPhiI< 1 > , EvaluationPhiJ< solutionDim > , EvaluationPhiJ< 1 > , EvaluationPosition< spaceDim > , EvaluationPower< EvaluationBaseType > , EvaluationProduct< EvaluationLType, EvaluationRType > , EvaluationReturnAtQuadraturePoints< MeshType, MapType, SpaceDim, FieldDim > , EvaluationReturnAtQuadraturePoints< MeshType, MapType, SpaceDim, 1 > , EvaluationScalar , EvaluationScalarToVector< EvaluationType, FieldDim > , EvaluationSquareRoot< EvaluationBaseType > , EvaluationSubstraction< EvaluationLType, EvaluationRType > , EvaluationSymmetricTensor< EvaluationType > , EvaluationTrace< EvaluationType > , EvaluationTranspose< EvaluationType > , EvaluationVector< VectorDim > , EvaluationVectorFromNonConstantMatrix< EvaluationType, SpaceDim, FieldDim > , EvaluationVectorFromNonConstantScalar< EvaluationType, FieldDim > , ExpressionAddition< LExpressionType, RExpressionType > , ExpressionArcTan< BaseExpressionType > , ExpressionCubicRoot< BaseExpressionType > , ExpressionDerivativeArcTan< BaseExpressionType > , ExpressionDeterminant< ExpressionType > , ExpressionDetJacobian , ExpressionDivI , ExpressionDivision< LExpressionType, RExpressionType > , ExpressionDivJ , ExpressionDot< LExpressionType, RExpressionType > , ExpressionDphiI , ExpressionDphiJ , ExpressionEmult< LExpressionType, RExpressionType > , ExpressionExponential< BaseExpressionType > , ExpressionExtract1< ExpressionType > , ExpressionExtract2< ExpressionType > , ExpressionExtractScalar< VectorType > , ExpressionFunctor1< FunctorType, ArgumentType > , ExpressionFunctor2< FunctorType, ArgumentType1, ArgumentType2 > , ExpressionHK , ExpressionIfCrossed< MeshType, MapType, SpaceDim > , ExpressionInterpolateGradient< MeshType, MapType, SpaceDim, FieldDim > , ExpressionInterpolateLaplacian< MeshType, MapType, SpaceDim, FieldDim > , ExpressionInterpolateValue< MeshType, MapType, SpaceDim, FieldDim > , ExpressionInverse< ExpressionType > , ExpressionIsochoricChangeOfVariable< BaseExpressionType > , ExpressionLaplacianI , ExpressionLaplacianJ , ExpressionLogarithm< BaseExpressionType > , ExpressionMatrix< MatrixDim1, MatrixDim2 > , ExpressionMeas , ExpressionMeasBDCurrentFE , ExpressionMetricTensor , ExpressionMetricVector , ExpressionMinusTransposed< ExpressionType > , ExpressionNormal , ExpressionNormalize< ExpressionType > , ExpressionOuterProduct< LExpressionType, RExpressionType > , ExpressionPatchArea< MeshType, MapType, SpaceDim, FieldDim > , ExpressionPhiI , ExpressionPhiJ , ExpressionPosition , ExpressionPower< BaseExpressionType > , ExpressionProduct< LExpressionType, RExpressionType > , ExpressionReturnAtQuadraturePoints< MeshType, MapType, SpaceDim, FieldDim > , ExpressionScalar , ExpressionScalarToVector< ExpressionType, FieldDim > , ExpressionSquareRoot< BaseExpressionType > , ExpressionSubstraction< LExpressionType, RExpressionType > , ExpressionSymmetricTensor< ExpressionType > , ExpressionTrace< ExpressionType > , ExpressionTranspose< ExpressionType > , ExpressionVector< VectorDim > , ExpressionVectorFromNonConstantMatrix< ExpressionType, SpaceDim, FieldDim > , ExpressionVectorFromNonConstantScalar< ExpressionType, FieldDim >
• displayer() : AssemblyPolicyGeneralizedStokes< mesh_Type > , AssemblyPolicyNavierStokesNewton< mesh_Type > , AssemblyPolicyNavierStokesPicard< mesh_Type > , AssemblyPolicyNavierStokesSemiImplicit< mesh_Type > , AssemblyPolicyStokes< mesh_Type > , ComposedOperator< OperatorType >
• Displayer() : Displayer
• displayer() : ExporterPolicyHDF5< mesh_Type > , FSIOperator , InitPolicyProjection< mesh_Type, SolverPolicy > , InitPolicySolver< mesh_Type, TimeIterationPolicy > , LinearSolver , NavierStokesSolver< Mesh, InitPolicy, TimeIterationPolicy, ExporterPolicy > , SolverAztecOO , SolverPolicyLinearSolver , StructuralOperator< Mesh > , TimeIterationPolicyLinear< mesh_Type, AssemblyPolicy, SolverPolicy > , TimeIterationPolicyNonlinear< mesh_Type, AssemblyPolicy, SolverPolicy > , TimeIterationPolicyNonlinearIncremental< mesh_Type, AssemblyPolicy, SolverPolicy > , VenantKirchhoffViscoelasticSolver< Mesh, SolverType >
• displayerPtr() : StructuralOperator< Mesh >
• displayModelStatus() : MultiscaleModel
• DistributedHolzapfelMaterialNonLinear() : DistributedHolzapfelMaterialNonLinear< MeshType >
• distributeElements() : MeshPartitioner< MeshType >
• distributePartitions() : GraphCutterZoltan< MeshType >
• divergence() : ETCurrentFE< spaceDim, fieldDim >
• divPhi() : ReferenceElement
• divPhiRef() : CurrentFE
• dj() : IonicLuoRudyI
• dJ() : IonicTenTusscher06
• dKi() : IonicTenTusscher06
• dm() : IonicLuoRudyI
• dM() : IonicTenTusscher06
• dNai() : IonicTenTusscher06
• do_url() : link_check
• doApplyInverse() : AztecooOperator , AztecooOperatorAlgebra , BelosOperator , BelosOperatorAlgebra , InvertibleOperator , SolverOperator , SolverOperatorAlgo
• DOF() : DOF
• dof() : ETFESpace< MeshType, MapType, SpaceDim, FieldDim > , FESpace< MeshType, MapType >
• dofClassification() : DOFGatherer< MeshType >
• dofFluidToStructure() : FSIOperator
• DOFGatherer() : DOFGatherer< MeshType >
• dofGIDTable() : DOFGatherer< MeshType >
• dofGlobalIdInFESpace() : PostProcessingBoundary< MeshType >
• dofHarmonicExtensionToFluid() : FSIOperator
• dofInterface() : BCVectorInterface
• DOFInterface() : DOFInterface
• DOFInterface3Dto2D() : DOFInterface3Dto2D
• DOFInterface3Dto3D() : DOFInterface3Dto3D
• DOFLocalPattern() : DOFLocalPattern
• dofPtr() : FESpace< MeshType, MapType >
• dofStructureToHarmonicExtension() : FSIOperator , MeshPartitionerOfflineFSI< MeshType >
• dofStructureToSolid() : FSIOperator
• domainMap() : MatrixEpetra< DataType >
• domainMapPtr() : MatrixEpetra< DataType >
• domainVelImplicit() : OseenData
• doPartition() : MeshPartitioner< MeshType >
• dopartition() : partitioner< dim > , partitioner< 1 > , partitioner< 2 >
• doPartitionGraph() : MeshPartitioner< MeshType >
• doPartitionMesh() : MeshPartitioner< MeshType >
• doResetSolver() : AztecooOperator , BelosOperator , SolverOperator , SolverOperatorAlgo
• doSetOperator() : AztecooOperator , AztecooOperatorAlgebra , BelosOperator , BelosOperatorAlgebra , InvertibleOperator , SolverOperator , SolverOperatorAlgo
• doSetParameterList() : AztecooOperator , AztecooOperatorAlgebra , BelosOperator , BelosOperatorAlgebra , InvertibleOperator , SolverOperator , SolverOperatorAlgo
• doSetPreconditioner() : AztecooOperator , AztecooOperatorAlgebra , BelosOperator , BelosOperatorAlgebra , InvertibleOperator , SolverOperator , SolverOperatorAlgo
• dot() : MatrixSmall< Dim1, Dim2 > , VectorContainer< VectorType, ContainerType > , VectorEpetra , VectorSmall< Dim > , VectorSmall< 3 >
• double_tails() : GetPot
• dPdA() : OneDFSIPhysics
• dPdAelastic() : OneDFSIPhysics
• dPdAviscoelastic() : OneDFSIPhysics
• dPdW() : OneDFSIPhysics , OneDFSIPhysicsLinear , OneDFSIPhysicsNonLinear
• dphi() : ETCurrentFE< spaceDim, fieldDim > , CurrentFE , ETCurrentFE< spaceDim, fieldDim > , ETCurrentFE< spaceDim, 1 >
• dPhi() : ReferenceElement
• dPTdU() : OneDFSIPhysics
• dR() : IonicTenTusscher06
• dRR() : IonicTenTusscher06
• dS() : IonicTenTusscher06
• dSdU() : OneDFSISource , OneDFSISourceLinear , OneDFSISourceNonLinear
• dualFieldPtr() : DarcySolverLinear< MeshType >
• dummyVect() : dummyVect
• dumpInit() : OseenData
• dumpPeriod() : OseenData
• dX() : IonicLuoRudyI
• dXr1() : IonicTenTusscher06
• dXr2() : IonicTenTusscher06
• dXs() : IonicTenTusscher06
• dynamicProtocol() : StimulusPacingProtocol